Price-computing scale.



PATENTED MAY 23, 1905.

I. C. KOEHNE.

PRICE COMPUTING SCALE APPLICATION FILED SEPT, 9, 1896.

2 SHEETS-SHEET l.

PATBNTBD MAY 23, 1905.

I. C. KOBHNB. PRICE COMPUTING SCALE.

APPLICATION FILED SEPT. 9. 1898.

2 SHEETS-SHEET 2.

f il .inw

,UNITED STATES Patented May 23, 1905.

PATENT OEETCE.

IRA C. KOFIINE, OF COLUMBUS, OHIO, ASSIGNOR, BY MESNII ASSIGNMENTS, TO TIIIC COMPUTING SCALE COMPANY, A CORPORATION OF OHIO.

PRICE-COMPUTING SCALE.

SPECIFICATION forming part of Letters Patent No. 790,794, dated May 23, 1905.

Application iiled September 9,1896. SeriaI No. 605,256.

To @ZZ nih/)711, 1115 wtf/1] afl/Learn:

Be it known that I, IRA C. Koni-INE, a citizen of the United States, residing at Columbus,

in the county of Franklin, State of Ohio, have invented a new and useful Improvement in Price-Computing Scales; and I do hereby declare that the following is a full, clear, and exact description of the invention, which will enable others skilled in the art to which it appertains to make and use the same when this exclusive grant shall have expired.

This inventionrelates to improvements in that particular class of scales wherein the leverage of the scale is varied proportionate to the rate unit by the relative shifting or movement of the pricebeam and a connection between the priccbeam and thc weighing mechanism, said connection engaging with the weighing mechanism or a part thereof in such manner that the action of said weighing mechanism upon said connection is constant and uniform whatever may be the relative position of said connection and price-beam and the leverage is only changed by the relative position of said connection with respect to the fulcrum -pivot of the price beam. Should said connection occupy a relative position close to the fulcrum of the price-beam, the price or rate unit will be small, and this price or rate unit increases uniformly as the relative distance is increased from thefulcrum of said price-beam. In the instance shown in the drawings if this connection when set to occupy a relative distance of two inches from the fulcrum-pivot of the price-beam indicates prices at the rate of five cents per pound it will when four inches away from said fulcrum indicate prices at ten cents per pound, and so on, the regular increments occupying uniform distances.

The present invention has for its object the simplifying of the construction and operation of weighing and price scales of the various forms well known in the art, whereby they can be made at less cost and are rendered more durable and effective in operation and less liable to work otherwise than free and easy or becomeinoperative through or broken by rough handling or want of adroit manipul lation, the invention relating more particu- 5o l larly, but not exclusively, to that form of l price-scale employing a longitudinally-movl able rate-changing connection between the price-beam and the load-receiver.

Referring to the drawings, Figure l is a front elevation of a machine, illustrating my invention and having the frame A and platform-connecting lever B in section. Fig. 2 is a plan view of the levers B and C, which support the platform or weight-receiving 6o member in the usual manner, said platform beingshown in dotted lines. Fig. 3 and Fig. et are sections, respectively, on line X X and Y Y of Fig. 2. Fig. is an end view of the framework, partially broken away to illustrate the manner in which the counterpoise-V rod of the weighing-beam is bent to one side of and around the price-beam. Fig. 6 is a sectional view on line Z Z of Fig. l and omitting the framework among' other parts. Fig. 7o 7 is a sectional view of the rate-poise, said poise being unlocked from the price-beam. Fig. 8 is a central vertical section of the ratepoise and its connection and illustrating the poise as being locked to the price-beam. Fig. 9 is a front elevation of the rate-poise with its face-plate ITI' removed. Fig. l() is a plan view of the guard Cr, and Fig. 1l is a plan view of the base-casting A.

Like characters of reference are employed 8O to indicate similar parts throughout the several views.

A represents the base-casting of an ordinary platform-scale having pivoted therein in the usual manner the platform-supporting levers B and C, which levers are pivoted together in the customary manner. The lever C is of the usual or ordinary construction, while the outer or free end of lever B differs from the ordinary construction in that this end of 9U lever B is bifurcated, forming arms 7) and b, diverging outward and forward, which arms terminate in bifurcated portions b2 and L, in which is respectively secured a knifeedged pivot 7)" and a diamond -shaped pivot 95 The pivot engages with the lower end of the steclyard-rod which connects at its upper end with the loop of the load-pivot a of the weighing-beam A', whose fulcrumpivot a' rests in bracket (t2, rigidly secured to projection as of frame-piece (f, carried upon standards A2 A3, rising from the base-casting A, to which said standards are secured by means of their integral feet A2. The weighing-beam A' is provided with the usual poise A5, registering with aseries of suitable weight graduations upon the beam, while from the counterpoise-pivot t5 is suspended a counterpoise-rod a, to the lower end of which is secured a weighted cup a7. The outer free end of beam A' is provided with an indicatingneedle as, moving in an open slot formed in standard A2 for the purpose of confining the movement and indicating the action of said weighing-beam.

A price-beam formed of horizontal bars D and D', connected at their respective outer ends by castings D2 and D2, is pivoted by a fulcrum-pivot d, rigid in part CZ', secured to bar D', said fulcrum Z resting in suitable seats in the upper ends of a U-shaped standard A, rising from the standard A2. The casting D'carries the counterpoise-pivot d2 of the price-beam, from which is suspended the counterpoise-rod cl3, to the lower end of which is secured the weighted counterpoisecup d2. The bar D of the price-beam bears suitable money -graduations, (not shown,) which are indicated in the usual manner by poise DAi sliding on said bar. The left-hand end of bar D' of the price-beam (see Fig. 1) is provided on its upper edge with a series of V-shaped notches cut at an angle, as shown in Figs. 1 and 9. On this notched portion of ba`r D a poise E is adapted to slide, said poise 2 being provided with projections e and e', adapted to indicate a series'of rate-per-pound grad uations. (Notshown forclearness.) This poise E is provided with a diamond-shaped pivot E', whose upper knife-edge is normally in line with the knife-edges of pivots Z and d2. The upper and lower edges of pivot E' are alone knife-edges, and this pivot carries in the instance shown an L-shaped connection E2 by reason of said pivots engaging in apertures E3, formed in said part E2. The lower end of this substantially L-shaped part E2 is provided in this instance, although not necessarily, with a boss E4, to the center of which is in the instance shown pivoted a grooved roller E, engaging in the instance shown in a slot E, formed in the track-piece E'. This slot 'E6 extends substantially the length to which the poise E is capable of being moved. This track-piece E is mounted a slight distance below the price-beam, and the weighing-beam A', the price-beam, and the trackpiece E'are all in vertical alinement. This track piece E7 is in the instance shown loosely pivoted at one end to the steelyardrod b, while its remaining end is secured to the upper end of a rod F, whose lower end is provided with a circular opening engaging in the instance shown the diamond -shaped pivots b5 of the main platform-lever B. The track E7 is loosely pivoted to the steelyardrod ZJ in such manner as to prevent lateral movement of said track-piece, butto permit a limited vertically-swinging movement of said track-piece E7 in order to prevent strains on said track-piece and the pivots b4 and b5 due to slight variations in the size of parts, and, furthermore, to permit the upper or lower knife-edge of the diamond-shaped pivot b5 to engage freely with the respective upper and lower sides of its engaging opening in the lower end of rod F.

The price-beam, as shown in Eig. 1, does not extend to the left quite as far as the steelyardrod 66. Consequently said rod bois here shown to be formed perfectly straight. However, inasmuch as the Weighing-beam A' is vertically above the price-beam and said pricebeam extends to the right beyond said counterpoise-rod a I have bent said counterpoiserod a to one side of and around the said pricebeam, as shown in Figs. 1 and 5.

To prevent the swinging of the weighted counterpoise-cups a' and c, I provide a guard Gr, secured to or integral with the base-casting A, said guard G being provided with openings Gr' and G2, (see Figs. 1 and 10,) which openings loosely embrace andlimit the movement of said counterpoise-cups.

The poise E is formed, preferably, of a hollow shell H and an attached recessed plate H', (see Figs. 7, 8, and 9,)said parts being screwed together by screws L. The knife-edged pivot E' of poise E is rigidly mounted in a boss /z' integral with the shell H, said boss extending within the recess of the plate H', while the opening in plate H', through which said pivot passes, is slightly larger than the size of said pivot E', which construction permits the plate H' to be secured to and removed from the shell ,H without disturbing or straining the pivot E'. This shell H, Figs. 7, 8, and 9, is provided with a recess i112 to permit the passage of bar D' therethrough, said recess being slightly deeper and wider than said bar D' in order to permit the free movement of said poise E on bar D'.

On the left-hand side of poise E (see Figs. 1, 7, 8, and 9) and above the bar D' is in the instance shown a spirally-threaded shaft I, extending in the instance shown at an angle and parallel with the angle on which the notches in bar D' are cut. The respective ends of this shaft I are reduced in diameter to form shouldered bearings in the respective plates H and H', forming said poise E. Mounted freely upon the threaded portion of shaft I is a forging t', provided with projections engaging in the spiral grooves z", formed in shaft I for the purpose of causing said forging z' to be moved downward and upward. by reason of the angle of inclination of said shaft I, accordingly as shaft I is revolved in one direc- TOO I IIO tion or the other. The forging i is provided in the instance shown with uj'nvardly-extending arms v7, arranged to extend on opposite sides ofthe boss /f. l n the upper ends of these arms [i are in the instance shown formed pins or bearings i, moving from one level to another in openings formed in the face-plate H of poise E. (See Fig. 7.) These pins f3 are in the instance shown arranged parallel to the shaft l and are adapted to prevent the turningl of forging vf, as well as to lock and prevent the swinging' movement of the rate connection, as hereinafter more fully explained. The forging vf is provided in the instance shown on its under side with a series of V-shaped projections if, adapted to engage with and [it the notches on the upper side of bar D. (See Figs. 7, 8, and 9.) These notches in the bar D arein theinstance sbowncut atan angle substantially parallel with shaft I, and these notches are also tapered from the front to the back, (see Figs. 7, 8, and 9,) which forms a notch whose crown forms a sharp line slopingI upward and rearward from the root-line of these teeth or notches, Tith this formation of notch and the sloping faces of the V-shaped projections 2'." it will be readily seen that when 'forging il is shifted to the right in Figs. 7 and 8 by the rotation of its shaft l the notches in the bar D will be firmly engaged by the projections and the poise E thus firmly locked to the bar D, while a spring 5 on the forward end of shaft l and having its ends secured, respectively, to the face-plate H and a handle or thumb-piece J rigidly attached to the extreme outer end of this shaft I keeps the poise E firmly locked to the bar D. The ends of pivot E (see Figs. 7 and 8) are of slightlydecreased vertical diameter, thus forming V- shaped shoulders L, L', L2, and L3, which in conjunction with the straight internal or lateral edges of openings E in connection E9' form knife-edged lateral bearings between said pivot E and said connection E2, which reduces the friction of any side draft upon or lateral displacement of said poise or said connection E2. rllhe upper and lower edges of pivot E are alone knife edges. Rigidly mounted upon the face-plate H and adjacent to the thumb-piece J is an operating' projection J', Figs. l and 6, for the purpose hereinafter specified. The pins or bearings e are adapted in the instance shown to abnormally engage in closely-fitting recesses or bearingseats F, Figs. l and 7, on opposite sides of the points of pivotal connection between said parts E, E, and E for the purpose of changing the pivotal connection between track E7 and the price-beam into a non-pivotal connection and preventing the lateral swinging or the getting out of a vertical position of said vertical connection between said track and the price-beam, and thereby maintaining the relative uvertical position of the poise E and roller E or their equivalent members longitudinally movable, respectively, on the pricebeam and said track E7 at all times during the changing of the rate per unit, so that when the rate-unit is changed the members E, F, and will be in vertical alinement and said non-pivotal connection will be changed to a pivotal one to permit said vertical connection E to compensate for the varying arcs p roduced by thechanging' of said connection to the different rates upon the price-beam. Said pins vl in the instance shown form the means for accomplishing the aforesaid purpose in the instance shown by rigidly locking the connection E2 to its poise E in a perpendicular position preliminary to and durin'g the moving of said poise in changing the rate per unit and then releasing said pivotal connection E2 after the rate per unit has been changed.

The knife -edges l1" and of the platformsupporting lever B are arranged vertically below and in line with the track E7, the pricebeam, and the weighing-beam A for the purpose of avoiding any side draft or undue strain upon the connections between said pivots and the respective beams.

The casting l):g of the price-beam is provided with an indicating-needle (il 5, moving in an open slot formed in the standard A for the purpose of limiting the movement and indicating the action of said bea-1n.

The base-castingA is provided in its top with the opening A", over which the platform A. (dotted lines, Fig. 2) rests in the usual manner. Openings AT and AS are also 'formed in the top of the base-casting A, Figs. 1 and 1l, through which pass, respectively, the rods L" and F.

From the 'foregoing description it is apparent that I have provided between the track E7 and the price-beam a longitudinally-movable rate-changing connection comprising a member longitudinally movable on said track E, a member longitudinally movable on said price-beam, and a vertical pivotal connection between said members, with means for breaking said pivotal connection and non-pivotally connecting one of said members to the other member preliminary to and maintaining said non-pivotal connection during the adjustment of the rate per unit, so that the relative vertical position of said members and said vertical connection are maintained at all times during said adjustment of the rate per unit and, furthermore, that in combination therewith l have provided means for locking and unlocking one of said members to said ratebar of tbe price-beam at the different raterepresenting points or notches on said beam, as well as for unlocking said member therefrom substantially simultaneously with the breaking of said pivotal connection and nonpivotally connecting one of said members to tbe other member, so that adjustmentso'f the rate per unit may be made, as aforesaid, and the member on said price-beam locked to said IIO ISO

rate-bar of said price-beam to render the rate invariable except by manipulation and, furthermore, that in combination therewith I have provided means for locking said member to the rate-bar of the price-beam consisting of a series of substantially V shaped notches upon the upper edge of the rate-bar of the price-indicating beam, said notches being adapted to be engaged by` one or more substantially V-shaped projections carried by said member movable upon said price-beam, and said member is locked and unlocked from said price-beam, respectively, by engaging and disengaging said V-shaped projections and notches, so that the load is transmitted to the track E7, thence to member E2 through the member E5 of the vertical connection E2, and from said member E said load is transmitted. by said V-shaped projections to the price-beam.

Having now fully described the construction of the several parts of my invention, I will now proceed to describe their operation.

When weight is placed upon the platform, theproportionate weight thereof is transferred to the knife-edged pivots 7)* and b5 of the platform-lever B, and through these pivots said weight is transferred to the respective rods and F, engaging said pivots, and through these rods said weight is transferred to either or both said track E7 and said weighing-beam A by reason of these rods connecting with said track and beam. In the operation of weighing or pricing said pivots b4 and b5 move vertically upward and downward below and in a vertical line with the center .of said weighing and price beam and track E7 for the purpose of preventing strain or side draft upon the various connections intermediate said pivots and respective beams. The counterpoise-cup a7, suspended from the weighing-beam, is adapted to counterbalance the weight of the platform, its levers B and C, and the price-poise E on the pricebeam. Consequently there is a constant strain upon the steelyardb, which, together with rod F, engaging pivots 55, hold said track E7 at all times in an operative position.

The track E7 by reason of its connection bodily moves vertically upward and downward in horizontal parallelism in the operation'of weighing or pricing and imparts movement to the price-beam through the connection E2, engaging with pivot E of the price-poise E. To change the price per pound, place the thumb and finger upon handle J and rigid part J', respectively. Press them together, which movement revolves shaft I, places spring 5 under tension, moves forging t' to a lower level to the left in Fig. 7, which movement withdraws the locking projections 4 i' rom engagement with the notches in the bar D and moves the pins or bearings 3 downward and in the instance shown outward to engage in the openings or bearing-seats F in connection E2 for the purposeiof rigidly locking said connection E2 to the said price-poise. Then move the price-poise until its indicating projections e or c point to the proper price per pound. Then release said linger-pieces J and J thus permitting the spring 5 to return said parts upward to the position shown in Fig. 8, in which position the poise E is rigidly locked to bar D, and the connection E2 is unlocked from poise E and has a free movement on the knife-edges of said pivot E for the purpose of accommodating the differences in the arcs of movement caused by reason of said connection being operated at greater or less distancesy from the fulcrum of the price-beam. It will be obvious that without means for locking the rate connection vertically preliminary to and during the movement of said poise to change the rate per pound said connection would or could not remain in a vertical position during such movement of said poise, and it is of vital importance that said connection remain at all timesin aperfectly vertical position, and especially so during the operation of weighing or pricing. v It will therefore be readily undei-stood that while I have shown and described certain speciiic means for breaking the pivotal connection betweenv said relatively movable price-beam and rate connection and non-pivotally connecting same only during said relative movement yet I do not desire to be confined to this specific construction, and in construing the claims of this particular construction, arrangement, and manner of operation of the parts said claims shall be construed to cover the substantial equivalents of the heretofore-described means `cooperating with the locking devices of said price-poise for holding said rate connection in a vertical position and also for maintaining the relative vertical position oi' said members E and E5 of said rate connection during the changing of the rate per unit.

The locking means or bearing projections may be setto move at any desired angle with relation to the beam, it only being necessary that the rate connection should be locked in vertical position during the relative movement of the price or rate poise and price-beam in changing the pricingor rate per unit, and hence I do not wish to be limited to the particular angle illustrated. It is obvious that said pins or bearings 'i3 being separated from each other and being diiferent distances from the fulcrum of the price-beam and being in the plane of the relative movement of the price-beam and rate connection form a relatively long bearing in said plane and retreating from the fulcrum of the price-beam to form a non-pivotal connection for the rate connection during the changes in the rate per unit.

I speciiically disclaim that the broader scope of my invention stated in those claims involving the track and not including the vertical rods or the pivotal bearings near opposite IOO IIO

ends thereof for connecting' with the loadreceivers or not otherwise distinguishingly limited relates to constructions other than those in which the track E7 moves bodily in horizontal parallelism.

Having now fully described my invention, so that others skilled in the art can freely make, use, and operate the same when this exclusive grant shall cease to operate. what I claim, and desire to secure by Letters Patent, is-- l. In a price-scale, the combination with a weight-receiving' member. weighing' and price beams mounted in independent bearings and lying' in proximity to each other and swing'- ing' in the same vertical plane, connections between the beams and weight-receiving member, the connection between the price-beam and weight-receiving member being relatively adjustable longitudinally of the beam, and poises sliding' on the beams, ot a counterpoise-cup suspended from the end of the lower beam and an independent counterpoisecup suspended from thc upper beam and in substantially the same horizontal plane with the lirst-mentioned cup, the counterpoise-rod connecting' with the upper beam being deflected laterally at an intermediate point to avoid contact with the lower beam; substantially as described.

2. A price-scale comprising a fulcrumed price-bean'i having a value-poise sliding' thereou; a support torthearticle to be weig'hed connected with a counterbalanced track mounted adjacent to said price-beam; a rate-poise moving' on said price-beam; a pivoted connection between said rate-poise and said track; and meanstorlockingsaid pivoted connection rig'- idly to said rate-poise at a series of different points, preliniinary to and for holding it locked d uring the movementot' said rate-poise in changing' the rate unit; substantially as specilied.

3. A price-scale comprising' a fulcrumed price-beam, having' a value-poise thereon; a supporting mechanism for the article to be weighed embodying' knife-edged pivots, a track mounted to have a Vlree vertical movement adjacent to said price-beam, said track having vertical rods at opposite ends connecting with said knife-edged pivots on the supporting' mechanism for the article to be \\f'eighed; a variable connection between said track and said price-beam, and a lever A/ adapted to counterbalanee said track and said variable connection, substantially as speciiied.

4f. A price-scale comprising' a tulcrumed price-beam having' a value-poise thereon; a supporting' mechanism for the article to be weig'hed having knife-edged pivots, a track mounted to have a free vertical movement adjacent to said price-beam, said track having' oppositsly-located vertical rods connecting' with said knife-edged pivots on the supporting mechanism Vfor the article to be weighed;

a rate-poisemovably mounted upon said pricebeam; a pivoted connection between said poise and said track; means for locking said connection to said rate-poise preliminary to and holding' it locked during the movement of said poise in changing' the rate per unit; and a lever A adapted to counterbalance said track, said connection and said rate-poise, substantially as speciiied.

.5. ln a price-scale, the combination of alever B, a weight-receiving member, said lever B being provided on its 'free end with laterally-projecting arms and provided respectively with knife-edged pivots b4 and b5; a counterbalanced track connected with said pivots Ll and f, said track being' mounted adjacent to a price-beam; said track being' connected with the said pivots by means of vertical rods at opposite ends of said track and eng'ag'ing' with said pivots; and a variable connection between said track and the price-beam for changing the rate unit; substantially as specified.

6. In a price-scale the combination of a weig'hing or counterbalancing lever A; a platform supported by levers B and C in the usual manner, said lever B being provided on its tree outer end with lateral arms and L whose extreme ends are provided with knife-edged pivots d" and respectively; a track connected to said pivots 7)" and 7/7 by means of vertical rods and F, said rod connecting' also with the weighing or counterbalancing lever A'; a price-beam fulcrumed adjacent to said track: and a variable pivoted connection between said track and said price-beam, whereby the varying' ot' said connection changes the rate unit; substantially as specified.

7. ln a price-scale the combination of a weighing' or counter-balancing' lever A; a platform supported by levers B and C in the usual manuel', said lever B being provided on its free end with lateral arms and 7) whose eX- treme ends are provided with knife-edged pivotC L and If) respectively; a track connected to said pivots 7)* and /f by means of vertical rods t and F, said rod 7; connecting' also with the weighing' or counterbalancing lever A; a price-beam tulcrumed adjacent to said track; a rate-)oise movabl y mounted upon said pricebeam; a connection pivoted to said rate-poise and eng'aging' said track; and means for locking' said connection to said rate-poise during the movement of said poise to change the rate unit; substantially as speciiied.

S. In a price-scale the combination of a weighing or counterbalancing lever A/; a platorm supported by levers B and C in the usual manner, said leverBbeing provided on its free outer end with lateral arms/ and whose extreme ends are provided with knife-edged pivots 714 and 71" respectively; a track connected to said pivots 7)" and by means of vertical rods t" and F, said rod 7; connecting' also with the l weighing or counterbalancing lever A; a

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price-beam fulcrumed adjacent to said track; arate-poise movably mounted upon said pricebeam and provided with an operating member; a connection pivoted to said rate-poise and connecting with a traveler mounted on said track; the said operating member on said rate-poise operating means for locking said connection to said rate-poise during the movement of said poise in changing the rate unit, said member being adapted to be operated preliminary to the movement of said poise, substantially as specified.

9. In a weighing or price scale the lever B provided on its free outer end with lateral arms and b provided respectively with knifeedged pivots b4 and b5, said pivot b4 being provided on its lower side with one knife-edge, and said pivot b5 being provided with one knife-edge upon its lower side and one knifede upon its upper side,substantially as speci- 10. In a weighing ora price scale a lever provided with load-receiving pivots2 and 3 and fulcrumed pivots4 and 5; said lever being provided with two counterpoise-pivots located at some distance apart but whose knife-edges are equal distances from the fulcrum-pivots of said lever, one of said counterpoise-pivots being provided with one knife-edge upon its lower side, and said second counterpoise-pivot being provided with one knife-edge upon its lower edge and one knife-edge upon its upper edge; substantially as specified. y

11. In a weighing or price scale, the lever B provided with load and fulcrum pivots, and arms and b' each .arm being provided with a knife-edged counterpoise-pivot the two located some distance apart but equal distances from the fulcrum-pivots of said lever B and in the same horizontal plane therewith and with the knife-edges of said load-pivots; substantially as described.

12. In a weighing or price scale the combination of the lever B having load-'pivots 2 and 3 and fulcrumed pivots 4 and 5; a pivot 6 in said lever B carrying loop 7 in which engages counterpoise-pivot 8 of lever C provided with load-pivots 9 and 10 and fulcrum-pivots 11 and 12; said lever B being provided on its free end with lateral arms and provided respectively with knife-edged counterpoise-pivots b* and 65 located some distance apart and whose knife-edges are equal distances from the fulcrum-pivots 4 and 5, said pivot being provided with one knife-edge upon its lower side, and one knife-edge upon its upper side, substantially as specified.

13. In a price-scale, the combination of a lever provided with load-receiving pivots 2 and 3 and fulcrum-pivots 4 and 5; said lever being provided with two counterpoise-pivots located at some distance apart but whose knife-edges are equal distances from the fulcrum-pivots of said lever, a track connected to said pivots 54 and 65; a lever A connected to and counpivots b4 and .725 by vertical arms Z2 and F,

said track being loosely pivoted to the rod 56; a leverA A for counterbalancing said track; a pricebeam fulcrumed adjacent to said track; and a movable pivoted connection between said price-beam and said track; substantially as specified.

15. In a weighing or price scale the combination of the lever B having load-pivots 2 and 3 and fulcrum-pivots 4 and 5; a pivot 6 in said lever B carrying loop 7 in which engages counterpoise-pivot 8 of lever C provided with load-pivots 9 and 1() and fulcrumpivots 11 and 12;A said lever B being provided on its free end with lateral arms 7) and b, whose extreme ends-are provided respectively with knife-edged counterpoise-pivots i and b510- cated some distance apart andwhosekniieedges are equal distances from the fulcrumpivots 4 and 5; a track mounted upon rods b and F whose lower ends engage the respective pivots b4 and b5; said track-being pivoted to the rod 6; a weighing-beam connected to the (upper end oi' the rod 56; a price-beam fulcrumed intermediate said Weighing-beam and said track; and a movable connection interi mediate the price-beam and said track; substantially as specified.

16. In a price-scale the combination of a lever provided with load-receiving pivots 2 and 3 and ulcrumed pivots 4 and v5; said lever being provided with two counterpoise-pivots located at some distance apart but whose knifeedges are equal distances from the fulcrumpivots ot' said lever; a track carried on vertical rods engaging with knife-edges 7)* and 65,' a lever A Jfor counterbalancing said track; a price-beam fulcrumed adjacent to said track; a rate-poise movably mounted upon said pricebeam; a connection pivoted to said ratepoise and cooperating with said track; and means for locking said pivoted connectionto said rate-poise preliminary to and during the movement of said poise in changing the price unit; substantially as specified.

17. In a price-scale the combination of a lever provided with load-receiving pivots 2 and 3 and fulcrum-pivots 4 and 5; said lever being provided with two counterpoise-pivots located at some distance apart but whose knifeedges are equal distances from the fulcrumpivots ot' said lever; a track carried on vertical rods engaging with knife-edges b4 and 65; a lever A for counterbalancing said track; a

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price-beam fulcrunied adjacent to said track; a rate-poise movably mounted upon said pricebeam; a connection pivoted to said rate-poise and cooperating with said track; and an operating-hamlle on said {wise-actuating means for alternately locking said poise to the beam and said pivoted connection to said poise, substantially as specified.

18. In a price-scale the combination of the fulcrumed price-beam having' a notched portion upon which a rate-indicating poise is adapted to move; a series of projections carried by said poise and adapted to engage in the notches on said beam for locking said poise to said beam; a pivot carried by said poise, Jfrom which pivot extends a connection joining said pivot to a weight-receiving niember; said connection being adapted to slide upon a horizontal track connected with the weight -receiving member; a lever A for counterbalancing said track; an operating' member for moving' said projections into and out o'f engagement with the notches on said beam: and means cooperating with said projections and operated by said member at an angle to said connection to lock said connection to the rate-poise when said projections are moved to unlock the poise from said beam, substantially as speciiied.

19. In a price-scale, the combination of a price-beam, a rate-poise thereon,a knife-edged pivot in said rate-poise, a track parallel with said price-beam, a support for the article to be weighed connected to said track, a connection formed L-shaped at its upper end and provided with bearings E Vfor said knife-edged pivot, a member on connection E2 and engaging said track, and means for locking said connection to said rate-poise and holding it locked during the movement of said poise in changing' the rate unit, substantially as specilied.

20. In a price-scale, the combination of the price-beam, a rate-poise thereon, a knife-ed ged pivot E in said poise, said pivot being provided with knife-edged shoulders L, L/, L2, and L3; a connterbalanced track mounted parallel with said beam and connected to the support for the article to be weighed, a connection pi voted to the knife-edged pivot It', and movabl y connected with said track, and means for locking said connection to said rate-poise during its movement in changing the rate unit, substantially as specified.

2i. In a price-scale, the combination of a price-beam, a rate-poise thereon,a knife-edged pivot on said poise, a track mounted parallel to said beam and connected to the support 'for the article to be weighed, a lever connected to said track, a poise on said lever, a connection between said knife-edged pivot and said track, a series of projections carried by said poise for locking said connection thereto, and means for moving said projections laterally to said connection to lock said connection to said rate-poise during its movement in changing the rate per unit, substantially as speciiied.

2Q. In a price-scale, the combination of a price-beai'n, a rate-poise thereon,a knife-edged pivot in said rate-poise a counterbalanced track mounted parallel with said beam and connected to the support for the article to be weighed, a connection between said knifeedged pivot and said track, an opening in said connection, a projection carried by said ratepoisc, and means for operating the projection to engage the opening' in said connection for locking said connection to said price-poise during its movement in changing the rate unit, substantially as speciiied.

Q3. In a price-scale, the combination of the separately-pivoted weighing and price beams, each' mounted in hearings stationary with reference to the other', a weight-receiving mechanism connected to said weighing-beam; a variable rate connection between said pricebeam and weight-receiving mechanism; counterpoise-weights pivoted to the respective mechanisms, said counterpoise-weights being' arranged adjacent to each other, and a guard G secured to the framework and having' openings therein to receive the counterpoiseweights and prevent their swinging; substantially as specified.

Qi. In a price-scale, the combination of indepcndently-pivoted weighing and pricing mechanisms, and a variable rate connection between said mechanisms, said connection consisting of a rate-poise upon the pricing' mechanism and a pivotally-supported connection, and means for locking and holding said connection to said rate-poise at a series of different points during' the movement in changing the rate unit, substantially as speciiied.

Q5. The combination with the base-casting' A and its opening A, a scale-platform supported over said opening' A, and platformlevers supi'iorting said platform of openings A7 and As in said base-casting', said openings being located in line with each other and at some distance apart,separately-pivoted weighing and price beams', a horizontal part intermediate said scale-platform and price-beam, said horizontal part being' invariably connected to said weighing-beam; vertical rods connecting one of said scale-platform levers and horizontal part, said rods passing' through said openings A7 and AS; and a variable rate connection between said price-beam and horizontal part. substantially as specified.

26. The combination with the pivot E, having its respective ends formed with the series of knife-edges, and the tapering shoulders i L, L, L2 and L3. of a bearing-seat 'for said.

knife-edges, substantially as specilied.

27. The combination of a pivot portion having knife-edged bearings Yformed thereon, said knife-edges being formed below the exterior surface of said pivot portion, and having' tapering knife-edged shoulders extending ab- IOC IOS

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ruptly from the line of the knife-edges of the' pivot to the exterior surface of the pivot portion, and a seat for each knife-edge of the pivot, the edges of which are adapted to contact with the knife-edge of the tapering shoulders, substantially as'specified.

28. The combination with the scale-beam, of a poise thereon, said poise being formed in two parts removably secured together, a slot in said poise through which the` beam slides, a lug or boss projecting from one of the parts of said poise, into a recess formed in the other part of said poise, a knife-edged pivot mounted in said lug or boss, said knifeedged pivot extending through an enlarged opening in the attached part of said poise, substantially as specified.

29. In a price-scale, the combination with separately-pivoted weighing and price beams provided with poises, of a variable rate mechanism for the price-beam; a pivoted lever connected to the support for the article to be weighed, said lever having a series of knifeedged pivots located in line with but apart from each other, said knife-edged pivots being connected with the weighing-beam, while. both said pivots are connected to said variable rate mechanism; said weighing and price beams being mounted vertically one above the other, and said knife-edged pivots being mounted vertically below said beams, substantially as specified. y

30. In a price-scale, the combination with separately fulcrumed weighing and price beams, of a variable rate mechanism including a vertically-movable horizontal member and a longitudinally-movable connection between said member and said price-beam, a support for the article to be weighed, a fulcrumed lever pivotally connected to said support and having a series of knife-edged counterpoisepivots parallel with and equal distances from the fulcrum-pivots of said lever; said weighing-beam and said horizontal member being connected with said counterpoise-pivots in said lever; substantially as specified.

31. In a price-scale, the combination with separately fulcrumed weighing and price beams, of a variable rate mechanism including a vertically-movable horizontal member and a longitudinally-movable connection between said member and said price-beam, a support for the article to be weighed, a fulcrumed lever pivotally connected to said support and having a series of knife-edged counterpoisepivots parallel with and equal distances from the fulcrum-pivots of said lever; said weighing-beam and said horizontal member being connected with said counterpoise-pivots in said lever; said beams, variable rate mechanism, and said counterpoise-pivots in said lever being in the same vertical plane; substantially as specified.

32. In a scale, the combination with a weight receiver or platform, a mechanism embodying a lever supporting said platform, a weighingbeam connected with said lever, and a poise upon said weighing-beam and indicating pounds and ounces, of a bar connected to the weight-supporting lever and adapted to vibrate bodily in an approximately vertical plane and in horizontal parallelism, a pricebeam adjacent to said bar, andl a longitudinally-movable connection between the pricebeam and said bar, substantially as specified.

33. In a scale, the combination with the weight receiver or platform, a mechanismembodying a lever supporting said platform, a weighing-beam connected with said lever, and a poise upon said weighing-beam and indicating-weight, of a bar loosely connected at one end to the connection between said weighingbcam and lever and rigidly connected at its remaining end to a rod connecting with said lever, a price-beam adjacent to said bar, and a longitudinally-movable connection between ail bar and price-beam, substantially as speci- 34. In a scale, the combination with the weight receiver or platform, and a mechanism embodying a lever supporting said platform, of a bar connected at opposite ends to said lever by downwardly-projecting rods which also form the supports for said bar and are pivotally connected with the lever, a price-beam mounted adjacent to said bar and in vertical alinement with said bar and the point of connection between said lever and said downwardly-projecting rods, a longitudinally-movable connection between said rod and pricebeam, and means independent of said pricebeam for c ounterbalancing the weight of said bar and said longitudinally-movable connection, substantially as specied.

35. In a price-indicating scale, the combination of a load-receiving member connected to a movable track, a price-indicating beam fulcrumed parallel to said track and located in a higher horizontal plane from that in which said track is located,'a series of substantially V-shaped notches on the Lipper edge of a member of said price-beam; a rate-poise movable on said price-beam and carrying a substantially V -shaped projection fitting into said notches, a member movable on said track, a vertical connection between said rate-poise and said member, said track drawing' the ratepoise downward by said vertical connection and said projection of said rate-poise transmitting said draft to said notches on the pricebeam during the operation of indicating the price of a load, and means for substantially simultaneously disengaging said projection of said rate-poise and said notches of said pricebeam and maintaining the vertical position of said vertical connection during the changing of the rate per unit, substantially as specified.

36. In a price-indicating scale, the combination of a load-receiving member connected to a movable track, a price-indicating beam ful- IOOV IIO

crumed parallel to said track and located in a higher horizontal plane from that in which said track is located, a series of substantially V-shaped notches on the u pper edge of a member of said price-beam; a rate-poise movable on said price-beam and carrying a series ot' substantially V-shaped projections li tting in to said notches, a member movable on said track, a vertical connection between and pivotally connectcd to said rate-poise and said member, said track drawing the ratepoise downward by said vertical connection and said series ot' projections of said rate-poise transmitting said draft to said notches on the price-beam during the operation ot indicating' the price ot' a load, and means for substantially simultaneously disengaging said projections ot' said rate-poise and said notches of said pricebeam and maintaining' the vertical position ol said vertical connection d uring the changing of the rate per unit, substantially as specitied.

3T. ln a price-indicating scale, the combina tion of a load-receiving member connected to a movable track, a price-indicating beam fulcrumed parallel to said track and located in a higher horizontal plane Vfrom that in which said track is located, a series otl substantially V-shaped notches on the upper edge of a member ot said price-beam; a rate-poise movable on said p rice-beam and carrying a series or' substantially V-shaped projections litting into said notches, a member movable on said track, a vertical connection between and pivotally connected to said rate-poise and said member, said track drawing the rate-poise downward by said vertical connections and said series ot' projections of said rate-poise transmitting said draft to said notches on the price-beam duringl the operation of indicating' the price ot' a load, means for disengaging said projections oli said poise and said notches ot' said beam, and means for maintaining the vertical position of said vertical connection during the changing' of the rate per unit, both of said means operating substantially in unison, sul stantially as specilied.

38. ln a price-indicating scale, the combination of a load-receiving member connected to a movable track, a priceindicating beam fulcrumed parallel to said track and located in a higher horizontal plane from that in which said track is located, a series ot' substantially V-shaped notches on the upper edge of a member of said price-beam; a rate-poise movable on said price-beam and carrying a series of substantially V-shaped projections titting into said notches, a member movable on said track, a vertical connection between and pivotally connected to said rate-poise and said member, said track drawing the rate-poise downward by said vertical connection and said series of projections ot said rate-poise transmitting said d rat't to said notches on the price-beam during the operation ot' indicating the price ot' a load, means Ator disengaging said projections o't` said poise and said notches or' said beam; and members separated from each other in the plane of movement oi' said poise, connection and member for maintaining the Vertical position of said connection and the vertical alinement ol'I said poise and member' during the changing ot the rate per unit, said means and said maintaining members being operated substantially simultaneously, substantially as specilied.

39. VIn a price-indicating scale, the combination ot' a load-receiving member connected t0 a movable track, a price-indicating beam fulcrumed parallel to said track and located in a higher horizontal plane from that in which said track is located, a series of substantially V-shaped notches on the upper edge of a member ot' said price-beam; a load-transmitting connection between said track and pricebeam consisting of a weight-poise movable on said price-beam and carrying a series of substantially V-shapcd projections litting into said notches and a member movable on said track and a vertical connect-ion pivoted between said rate-poise and said member; said track drawing the rate-poise downward by said load connection and said series of projections transmitting said draft to said notches on the pricebeam during the operation of indicating the price of a load, means carried by said load connection on opposite sides ot' the points ot' pivotal connection ot' said vertical connection for maintaining the vertical alinement of said poise and said member during the changing oit the rate per unit; and means, operating substantially simultaneously with the aforesaid means, for disengaging said projections of said poise and said notches on said beam, and maintaining said disengagement during the changing ot' the rate per unit; substantially as specilied.

40. In a price-indicating scale, the combination ot' a load-receivingmember connected to a movable track, a price-indicating beam t'ulcrumed parallel to said track and located in a higher horizontal plane from that in which said track is located, a series of substantially V-shaped notches on the upper edge ot' a part of said price-beam, a member movable on said price-beam and carrying a series ot' substantially'V-shaped projections litting into said IOO IIS

notches, a second member movable on said Inaintained during ythe changing of tlieratef n 'said rate connection carrying bearings sepa-I rated from each other 1n the plane of relative per unit, substantially as specified.

41. In a price-indicating scale, the combinal tion of a load-receiving member connected to a movable track, a price-indicating beam fulcrumed parallel to said track and located in a higher horizontal plane from that in which said track is located, a series of substantially V-shaped notches on the upper edge of a member of said price-beam; a load-transmitting connection between said track and price-beam consisting of a member movable on said pricebeam and carrying a series of substantially V-shaped projections iitting into said notches, anda second member movable on said track, and a third vertical member pivoted between said two members; said track drawing the beam downward through said load connection and the projections of said {irstmember transmitting said load to the beam by engagement with said notches; means carried by one member of said load connection near opposite sides of said load connection and engaging' in correspondingly-.positioned seats in a separate member of said load connection during the 'changing of the rate per unit to maintain the vertical alinement of said load connection during said change; and means for disengaging said projections and notches during the changing of the rate per unit, substantially as specified.

42. In a price-indicating scale, the combination with the relatively movable price-beam and connection interposed between said beam and load-receiver, said connection engaging with said beam during the pricing operation, and means carried by said connection and having a bearing having contactingpoints arranged in a vertical plane at substantially right angles to the fulcrum of the beam for holding said connection vertically only during said relative movement to change the rate per unit, substantially as speciiied.

43. In a price-indicating scale, the combination of a price-beam, a horizontal part adjacent said beam and connected to the load-receiver, a horizontally-movable connection between said beam and horizontal part, and means carried by said connection and having a bearing having' contacting points arranged in the plane of movement of said connection, said bearing being interposed between said beam and said horizontal part for supporting said connection in a vertical position during the movementof said connection in changing the rate per unit, substantially as specified.

44. In a price-indicatingscale, the combination of a price-beam, a horizontal part adjacent said beam and connected to the load-receiver, a member movable longitudinally on said beam, a vertical connection interposed between said member and horizontal part and movable longitudinally oi said horizontal part, said member on said beam and said vertical connection forming lthe variable rate connection betweenv said beam and horizontal part,

tion of a price-beam, a horizontal part adjacent said beam and connected to the load-receiver, a variable rate connection lntermediate said beam and said horizontal part includ-I ing separate members movable longitudinally on said beam and said horizontal part respectively and a vertical member intermediate and pivoted to said members; a bearing having.

contacting points arranged in the plane of the movement of said rate'connection carried by one member of said rate connection and en-l gaging with another member of said rate con- Y nection only during said movement of said rate connection to change the rate per unit, substantially as specied.

46. In a price-indicating scale, the combination of a price-beam, a horizontal part adjacent said beam and connected to the load-receiver, a variable rate connection intermediate said beam and said horizontal part including separate members movable longitudinally on said beam and said horizontal part respectively and a vertical member intermediate and pivoted to said members; a bearing having contacting points separated in the plane of the movement of said rate connection carried by one member of said rate connection and engaging with another member of said rate connection only during said movement of said rate connection to change the rate per unit, and means for moving said bearing into engagement with said other member of said rate connection preliminary to and for maintaining said connection during the movement of said rate connection to change the rate per unit, substantially as specified.

47. In a price-indicating scale, the combination of a price-beam, a horizontal part adjacent said beam and connected to the load-re-` ceiver, .a variable rate connection intermediate said beam and said horizontal part including separate members movable longitudinally on said beam and said horizontal part respectively and a vertical member intermediate and pivoted to said members; movable bearings separated from each other in the plane of movement of said rate connection and carried by one member of said rate connectiom cooperating bearings on one of said other'mem- 'bers of said rate connection, and means for moving said bearings to cooperate with each other preliminary to and for maintaining said cooperation during the movement of said rate connection in changing the rate per unit, substantially as specified.

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48. ln a price-indicating' scale, the combination ol' a price-beam, a horizontal part adjacent said beam and connected to the load-re ceiver.y a variable rate connection intermediate said beam and said horizontal part including separate members movable longitudinally on said beam and said part respectively and a vertical member intermediate and pivoted to said members; movable bearing projections separated Yfrom each other in the plane ot' movement of said rate connection and carried by one member of said rate connection, cor respon dingly-posi tioned bearing-seats carried by one ot' said other members ot' said rate connection, and means Vfor moving said movable bearing projections into engagement withsaid bearing-seats preliminary to and maintaining said engagement of said bearing projections and seats during the movement of said rate connection in changing' the rate per unit, substantially as specilied.

4S). In a price-indicating scale, the combination of a price-beam, a horizontal part adjacent said .beam and connected to the load-receiver, a variable rate connection intermediate said beam and said horizontal part including separate members movable longitudinally on said beam and said part respectively and a vertical member intermediate and pivoted to said members; movable bearing projections separated from each other in the plane of movement ot' said rate connection and carried by one member ot said rate connection on opposite sides of the pivotal connection between said vertical member and said other members ot' said rate connection, correspondingly-positioned bearing-seats carried by one et' said other members of said rate connection, and means 'for moving said movable bearing projections into engagement With said bearingseats preliminary to and maintaining said engagementof said bearing projectionsand seats during the movement of said rate connection in changing' the .rate per unit, substantially as specified.

50. In a price-indicating scale, the combination ol'l the load-receiver price-beam and vertical connection interposed between and formingl one ot' the elements uniting said beam and the load-receiver and movable with relation to said beam, said connection engaging' with said beam during the pricing` operation, bearings separated from each other horizontally in a vertici l plane at substantially right angles to the tulcrum ot' the beam, said bearings cooperating with correspondinglypositioned seats for said bearings rigid with a member ol said connection to held same vertically during said relative movement to change the rate per unit, said bearings being mounted upon a member separate from said member of said connection provided with said seats, substantially as specilied.

5i. In a price-indicating scale, the combination ot' the relatively movable price-beam and vertical connection interposed between said beam and the load-receiver, said connection engaging with said beam during the pricing operation, bearings separated from each other horizontally in a vertical plane at substantially right angles to the axis ol the beam, said bearings being adapted to move into engagement with correspondingly-positioned seats for said bearings, said seats being rigid with a member of andat the upper end of said connection for holding said connection vertically during said relative movement to change the rate per unit, and means tor movingsaid bearings into engagement with said bearing-seats preliminary to and for maintaining said engagement during said relative movement, said bearings being movably mounted upon a member separate Vfrom said member ol' said connection provided with said seats, substantially as specilied.

52. In a price-indicating scale, the combination of the relatively movable price-beam and vertical rate connection, said rate connection including a member relatively slidable on a member ot' said beam and a vertical member pivotally connected to said slidable member and the load-receiver, a series ol: substantially V-shaped rate-representing notches on the upper edge ot' said member of said price-beam, a series of substantially V-shaped projections carried by said member ot' said rate connection relatively slidable on said member of said price-beam and adapted to engage in said notches to lock the upper end of said rate connection to said price-beam, bearings separated from each other in the plane ot relative movement of said beam and rate connection, correspondingly-positioned bearing-seats carried by a member ot' said rate connection, said bearings being' movably mounted n pon a member separate from said member of said rate connection provided with said bearing-seats, and means for moving said bearings into engagement With said bearing-seats and substantially simultaneously disengage said V- shaped projections and notches preliminary to and for maintaining said engagement of said bearings and bearing-seats and said disengagement oli said V-shaped projections and notches during said relative movement el' said beam and rate connection to change the rate per unit, substantially as specilied.

53. YIn a price-indicatingscale, the combination ot the relatively movableprice-beamand vertical rate connection, said rate connection including a member relatively slidable on a member of said beam and a vertical member pivotal] y connected to said sl idable member and the load-receiver, a series ot' substantially V- shaped rate-representing notches on the upper edge of said member of said price-beam, a

series of substantially V-shaped projections IIO to lock the upper end of said rate connection to said price-beam, bearings separated from each other in the plane of relative movement of said beam and rate connection, said bearings being' on opposite sides of the pivotalplane of the vertical member of said rate connection, correspondiugly-positioned bearingseats carried by a member of said rate connection, said bearings being movably mounted upon amember separate from the member ot' said rate connection carrying said bearingseats, means for moving said bearings into engagement with said bearing-seats and substantially simultaneously disengage said V- shaped projections and notches preliminary to and for maintaining said engagement of said bearings and bearing-seats and said disengagement of said V-shaped projections and notches during said relative movement of said beam and rate connection to change the rate per unit, and a tare-beam invariably connected to the load-receiver and counterbalancing same as well as said rate connection, substantially as specified.

54. In a price-scale, the combination with a relatively movable price-beam and rate connection, a load-receiver pivotally connected through intermediate connections with said rate connection, a fulcrum for said beam; said rate connection including a member on said beam and relatively movable with reference to the fulcrum of said beam, and a second member pivotally connected to said first member; two rigidly-connected portions at different distances from the fulcrurn of said beam and movable into dierent elevations; two

rigidly-connected deiined seats for the ends of said portions at correspondingly different distances f rom the fulcrum of said beam and carried by a member of said rate connection; said portions being movably mounted independent of said member of said rate connection carrying said seats, said portions and said seats being on lopposite sides of a vertical plane passing through the pivotal connection of said members of said rate connection said portions being independent of said member provided with said seats; and means for moving the ends of said portions into engagement with said seats, for non-pivotally connecting said portions and said member provided with said seats, preliminary to and during the change of the rate per unit, substantially as Specified.

55. In a price-scale, the combination with a relatively movable price-beam and rate connection, a load-receiver pivotally connected with said rate connection through intermediate connections, a fulcrum for said beam; said rate connection including a member on said beam and relatively movable with reference to the fulcrum of said beam, and a second member pivotally connected to said lirst member; two rigidly-connected portions at different distances from the fulcrum of said beam and movable into different elevations; two rigidlyconnected delined seats for the ends ofsaid portions at correspondingly diii'erent distances from the fulcrum of said beam and carried by a member of said rate connection and said portions being independent of said member pro- :vided with said seats; said portions being movably mounted independent of said member of said rate connection carrying said seats; a series of substantially V-shaped notches on the rate member of said beam, a series of substantially V- shaped projections carried by said `member on said beam and adapted to engage said notches; and means for moving the ends of said portions into engagement with said seats and disengaging said notches and projections, preliminary to and during the change of the rate perr unit, substantially as specified.

56. In a price-scale, the combination witha and movable into different elevations; two

rigidly-connected defined seats for the ends of said portions at correspondingly different distances from the fulcrum of said beam and carried by a member of said rate connection and said portions being independent of said member provided with said seats; said portions being movably mounted independent of said member of said rate connection carrying said seats; a series of substantially V shaped notches on the rate member of said beam, a series of substantially V- shaped projections carried by said member on said beam and adapted to engage said notches; means for moving the ends of said portions into engagement with said seats and disengaging said notches and projections, preliminary to and during the change of the rate per unit; a suitably-fulcrumed tare-beam, a load-receiving pivot iixed upon said tare-beam, and a connection between said xed load-pivot and the load-receiver; said tare-beam being adapted to counterbalance said rate connection, loadgeeiver and said seats; substantially as speci- 57. In a price-indicating scale,a price-beam, a platform-lever having a widened end, a connecting-frame directly hinged to the widened end of the lever at its two extremities, and suitable connection between the frame and the price-beam.

58. In a price-indicating scale, a price-beam, a platform-lever, a frame pivoted to the platform-lever, buthaving pivotal movement in one direction only, and a pivotal connection between the frame and the price-beam.

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59. In a price-indicating scale, the connecting-frame and the platform-lever B having' a pair of knife-edge connections at one end with the platform-framework and a pair of knifeedge connections with said frame at the opposite end.

60. In a price-indicating' scale, a price-beam in combination with a bifurcated platformlever, and suitable connections between the beam' and lever, said connections having pivotal engagement with each of the two arms of the lever, and means independent of the pricebeam for holding the connecting means in an upright position.

Gl. In a price-indicating scale, a price-beam fixed against longitudinal movement, a platform-lever, a frame pivotally connected with said platform-lever at two points, a slidable connective member between said frame and said price-beam, and means for raising said frame.

62. In a price-indicating scale, a price-beam fixed against longitudinal movement, a platform-lever, a frame pivot-ally connected with said platform-lever, a slidable connecting element between said frame and said price-beam, a tare-beam suitably mounted in the framework of the scale, and link connection between said tare-beam and said frame.

63. .In a price-scale, the combination of a price-beam; a horizontal part adjacent to said beam and connected to the load-receiver; and a shiftable rate connection between said beam and horizontal partincluding three members, two of which are respectively pivoted to opposite extremities of the third and movably engage said beam and part respectively, one of said three members being provided with a plurality of independent bearing-seats separated from one another by an appreciable distance, and another one of said members carrying a like plurality of separate bearings each adapted to one of said seats, said bearings and seats being' normally disengaged, but constructed to be brought into engagement, whereby the members to which they respectively belong may be locked against rocking movement when the connection is to be shifted.

6a. In a price-scale, the combination of a price-beam; a horizontal part adjacent to said beam and connected to the load-receiver; and a shiftable rate connection between said beam and horizontal part including' three members, two of which are respectively pivoted to opposite extremities of the third and movably engage said beam and part respectively, one of said three members being provided with a plurality of independent bearing-seats sepaf rated from one another by an appreciable distance, and another of said members carrying a like plurality of separate bearings movably connected thereto and each adapted to one of said seats, said bearings and seats being normally disengaged, but constructed to be brought into engagement, whereby the members to which they respectively belong may be locked against rocking movement when the connection is to bc shifted.

65. In a price-scale, the combination of a price-beam; a horizontal part adjacent to said beam and connected to the load-receiver; and a shiftable rate connection between said beam and horizontal part including three members, two of which are respectively pivoted to opposite extremities of the third and movably engage said beam and part respectively one of said three members being provided with a plurality of independent bearing-seats separated from one another by an appreciable distance, and another one of said members carrying a like plurality of separate bearings each adapted to one of said seats, said bearings and seats being' normally disengaged, and means distinct from said bearings and seats but operatively arranged with reference to one of them for bring'ing the same into engagement with the other, whereby the members to which they respectively belong may be locked against rocking movement when the connection is to be shifted.

66. In a computing-scale, the combination of the price-beam, a platform-lever, the connecting-frame, having knife-edge connection with the said lever at two points, and slidable connecting' means between the frame and the price-beam, substantially as described.

67. In a computing-scale, a price-beam, a platform-lever, and a frame having' direct pivotal connection at at least two points with the lever, and through a movable member an adjustable connection with the price-beam; substantially as set forth.

68. In a computing-scale, a price-beam lixed against longitudinal movement, a platformlever, a frame pivotally connected with said lever at two points, a slidable connective member'between said frame and said pricebeam, a tare-beam suitably mounted in the framework of the scale and pivotal connection between said tare-beam and said frame; substantially as set forth.

69. In a computing-scale, a price-beam, an upright connecting-frame, a platform-lever, said platform-lever having at one end pivotal connection at either side with the platformframework, and at the other end pivotal connection at either side with said frame, andoperative connection between said frame and said beam, substantially as set forth.

70. In a computing-scale, a price-beam, an upright frame, a platform-lever, said platform-lever having' at one end pivotal connection at either side with the platform-framework, and at the other end pivotal connection at either side with the said frame, and an adjustable connecting element between the said frame and beam; substantially as described.

71. In a scale, the combination of a frame, the load-receiver, the longitudinally-station- IIO ary vertically-vibrating price-beam, -the headblocl adjustable on the price-beam, a horizontal guide for the head-block, two vertically-moving holders for the said guide, one at each end thereof, with which holders the guide can swing around a longitudinal aXis and a balancing mechanism supported on the scale-frame for sustaining the weight of the guide-bar and of the load-receiver.

72. In a computing-scale, the combination of the platform the load-carrying lever mechanism below the platform, the computingbeam above the platform, the guide, the laterally adjustable downwardly pulling connecting device or draft-transmitter engaging with the computing-beam and supported on the guide, the knife-edges or pivots secured to the load-supporting lever mechanism one at each end of the guide, and guide-supports engaging' the knife-edges on pivots whereby the guide is constantly held horizontal and receiving directly the thrust or draft thereof and permitting it to rock or vibrate relatively to the load-supporting lever while connected therewith, as set forth.

7 3. The combination of the platform-lever, the connecting means including a guide piv- 74. A price-scale comprising a lfulcrumedl price-beam having a value-poise thereon, a

supporting mechanism for the article to bey weighed embodying knife edgeA pivots, a freely-mounted vertically-moving bar adjacent to said price-beam, said bar having means at both of its opposite ends connecting it with said knife-ed ge pivots on the supporting mechanism for the article to be weighed, a variable connection between said bar and said pricebeam, and a lever adapted to counterbalance said bar and said variable connection.

, IRA C. KOEHNE.

Witnesses:

L. C. LEoTY, Guo. GREENWAY. 

